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Full Description
This book provides an in-depth exploration of phyco-based green technologies, focusing on their application in wastewater remediation. The book explores the transformative potential of phyco-based green technologies in wastewater remediation, offering a sustainable alternative to traditional methods. As environmental concerns mount, the integration of algal cultivation emerges as a promising solution for nutrient recovery and ecosystem sustainability. This comprehensive volume delves into the latest advancements and ongoing research in the field, providing readers with a thorough understanding of microalgal applications in wastewater treatment.
Key concepts include the biochemical composition of wastewater-grown microalgae, the use of photobioreactor systems, and the conversion of algal biomass into biofuels and other value-added products. Readers will discover innovative approaches such as microalgae-bacteria consortia, genetic enhancements for improved nutrient recovery, and the use of immobilized microalgae systems. The book also addresses the challenges and future prospects of these technologies, providing a comprehensive overview of their economic and environmental implications.
Researchers, scientists, and professionals in fields such as biotechnology, environmental science, and waste management will find this volume particularly valuable. It also serves as a reference for graduate and postgraduate students, as well as industry personnel working in green technologies and ecosystem sustainability. By offering a detailed analysis of current advancements and future possibilities, this book equips readers with the knowledge needed to contribute to a cleaner, more sustainable future.
Contents
Chapter 1. Exploring the diversity of microalgae grown in wastewater: Incorporation of cultured and uncultured approaches.- Chapter 2. Analysis of Growth and Biochemical Composition of Microalgae Grown with Different Wastewater Effluents.- Chapter 3. Phycoremediation potential: Can it overcome the Major issue in conventional wastewater treatment systems.- Chapter 4. Phyco-based green technology, mechanisms, and sustainability for the removal of nutrients from wastewater.- chapter 5. Algal cultivation as a green approach for the remediation of municipal wastewater.- Chapter 6. Advancement in phyco-remediance efficiency of Ulva: An overview.- Chapter 7. Microalgae-Bacteria Symbiosis in Nutrient Recovery from Wastewaters and Bio-products Generation: A Circular Bioeconomy Approach.- Chapter 8. Photobioreactor systems and influencing factors for uptake of nutrient resources from industrial wastewater by microalgae.- Chapter 9. Phyco-based bioremediation: A green approach for the recovery of residual nutrients from aquaculture wastewater.- Chapter 10. Livestock wastewater treatment and its valorisation for development of value-added products: Recent updates and future outlook.- Chapter 11. Advancement of phyco-based wastewater remediation with key challenges and future perspectives: A way forward towards its feasibility.- Chapter 12. Membrane Photobioreactor Assisted Microalgae Cultivation for the Removal of Pollutants from Wastewater: Applications, Perspectives, and Challenges.- Chapter 13. Omics and genetic approaches integrated into microalgae for improvements of growth, biochemicals, and nutrient recovery potential.- Chapter 14. Immobilized microalgae system: an upgrading approach to recovery of nutrients from wastewater.- Chapter 15. Phyco-based Wastewater Remediation and High-Quality Biofuels Generation: A Green Step Toward Eco-Friendly Energy Production.- Chapter 16. Sequential microalgae cultivation system to treat wastewater: Applications, sustainability, and drawbacks.- Chapter 17. Valorization of Wastewater-Grown Microalgae Biomass into Value-Added Products.- Chapter 18. Renewable biohydrogen production from wastewater grown microalgae: A sustainable solution from upcoming energy crisis.
